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Honeywell CC-TDIL01 51308386-175 32-Channel 24 VDC Digital Input IOTA

Honeywell CC-TDIL01 51308386-175 32-Channel 24 VDC Digital Input IOTA

Honeywell 32-channel digital input module

24 VDC IOTA controller module

Honeywell CC-TDIL01 input controller

Brand Name:

Honeywell

Model Number:

CC-TDIL01

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Product Details
Highlight:

Honeywell 32-channel digital input module

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24 VDC IOTA controller module

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Honeywell CC-TDIL01 input controller

Product Description

DIGITAL INPUT / SERIES C IOTA

CC-TDIL01 51308386-175

CC-TDIL01 is a non-redundant Series C I/O termination assembly for 32-channel 24 V DC digital input service with compatible Honeywell DI and sequence-of-events modules.

Type
Non-redundant digital input IOTA
System
Experion PKS Series C I/O
Focus
32-channel 24 V DC input termination
Brand
Honeywell

Official data

Technical Specifications

Select a group to view verified specifications for this exact model.

View 5 identity and channel specifications
Model CC-TDIL01
Product type Non-redundant 9-inch IOTA
Channels 32
Nominal input type 24 V DC digital input
Associated modules CC-PDIL01 and CC-PDIS01
View 7 input electrical specifications
Field input power 18–30 V DC
ON state At least 13 V DC or 3 mA
OFF state No more than 5 V DC or 1.2 mA
Input impedance 4.2 kΩ
Input delay 5 ms ±20%
Guaranteed ON field resistance 300 Ω maximum at 15 V
Guaranteed OFF field resistance 30 kΩ minimum at 30 V
View 5 isolation and diagnostic specifications
Galvanic isolation 1500 V AC RMS or ±1500 V DC between field and system
Isolation method Optical isolation in the I/O module
Open-wire response Process value is set invalid
Field power Internal or external field power supported
Indication sense Direct or reverse indication supported

Official relationship

Compatibility & Replacement

Honeywell lists CC-TDIL01 as the non-redundant IOTA for both CC-PDIL01 digital input and CC-PDIS01 sequence-of-events input modules. CC-TDIL11 is the redundant IOTA option and must not be treated as an automatic replacement without confirming the installed architecture.

Field context

Applications & Fault Scenarios

Practical symptoms, checks and downtime exposure without extending the manufacturer specification.

01

Input remains OFF

Observe: A field contact changes but the process value does not turn on.
Check: Confirm field voltage against the ON threshold, wiring continuity and whether internal or external field power is being used.
Risk: A missed permissive or interlock may block start-up or delay a safe action.
02

Open-wire diagnostic

Observe: The input is marked invalid instead of simply OFF.
Check: Follow the open-wire indication and verify the field circuit before overriding the signal.
Risk: Treating invalid data as a valid OFF state can create an incorrect control decision.
03

Unexpected state changes

Observe: The input changes state while the field device appears stable.
Check: Review the actual voltage/current, input sense configuration and the specified 5 ms input delay.
Risk: False sequence or trip records can extend troubleshooting and downtime.

Commercial service

About Amikon & Service

Order review, inspection, dispatch and after-sales support are handled separately from Honeywell technical data.

Amikon warehouse and service personnel
Warehouse coordination
Amikon packing and dispatch operation
Packing and dispatch operation
Order Review
Part number, quantity and system context checked.
Inspection & Testing
Condition and available checks recorded.
Packing & Dispatch
Protective packing prepared for destination.
DOA & Returns
Prompt evidence review; prior authorization required.
Warranty
Applicable terms stated in the quotation.
After-sales Support
Order-based follow-up from the service team.

RFQ checklist

Send five order details

01  Part Number
02  Quantity
03  Destination
04  Required Date
05  Machine / System Model

Independent sourcing references

Multi-brand Spare Parts Also Requested

Thirty models randomly selected from the supplied list for independent sourcing enquiries.

Notice: These models are independent procurement references only and are not substitutes for CC-TDIL01. Compatibility, configuration and inventory must be confirmed separately for every request.

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PR-MAX-PRO
ECY-400-C0,CDIY-400X-20
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X952-B X952B I9602 01F713907
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AV38
1009101010.0200 ASLT2
CPS-24E
CSC100
S3220-1015
LU642
S2500965A /ASSY S2000912A
MX-M15D-SEC-DNIGHT-D25N25
2MLF-AD16A-CC
PT7F/EATON
R15L600-MRM2
3481401-02
Sai143-h63
PMC/BETA 6850-001
PWA:149986-02A
D6003 D8704C
FT810DB-SSTSA
00.785.0244/05
AP4L-330102RH50000
CPY7-D0
AT1506
XYR6000 / CETW6000M-0-00000-V0000-XD.TC.SB.3U-EU00

Six buyer questions for CC-TDIL01

FAQ

Procurement, compatibility and fault questions for this exact model.

Which modules are officially supported by Honeywell CC-TDIL01?

Honeywell lists CC-TDIL01 with CC-PDIL01 and CC-PDIS01.

How many channels are provided by Honeywell CC-TDIL01?

The IOTA terminates 32 digital input channels.

What field power range applies to Honeywell CC-TDIL01?

The official specification lists 18–30 V DC field input power.

How does Honeywell CC-TDIL01 handle an open wire?

With the supported module diagnostics, an open-wire condition sets the process value invalid.

Is Honeywell CC-TDIL11 a direct replacement for Honeywell CC-TDIL01?

It is the redundant IOTA option, not an assumed drop-in replacement. Confirm the installed redundancy architecture and configuration.

Which details should accompany an RFQ for Honeywell CC-TDIL01?

Provide the part number, quantity, destination, required date and the machine or system model.

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